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Radial Cusp Face Technology (RCFT)
Radial Cusp Face Technology (RCFT)
The Science of the Purest Roll
In putting, friction is the enemy of accuracy. Most traditional putters use "V" or straight grooves that allow the ball to "stick" to the face for a fraction of a second too long. At Makefield, we solved this with Radial Cusp Face Technology (RCFT).
The Geometry of Precision
Through hyper-precise CNC milling, we create individual intersectional nexuses across the putter face. These near point-like structures feature a radial profile that evenly distributes impact force into the body of the putter. Unlike traditional grooves, RCFT prevents the ball from clinging to the face, ensuring a clean, instant release.
Why Milliseconds Matter
Putter face alignment is the single most important factor in putting success. If the ball stays in contact with the face for even a millisecond too long, your individual "torque profile" can pull the ball off-line before it ever starts rolling. RCFT drastically reduces ball-to-face friction, ensuring the ball leaves the face exactly where you aimed it.
Proven Performance: The Quintic Advantage
We don't just claim a better roll; we prove it. Using Quintic Ball Roll analysis—the industry gold standard—we have demonstrated that RCFT delivers the lowest skid-to-roll numbers in golf.
Research shows that skid-to-roll factors contribute to over 92% of a successful putt. By eliminating the "skid phase" and transitioning the ball into a true forward roll faster than any other putter, RCFT ensures your ball stays on its intended path.
The result is simple: Faster roll. Zero skid. More holed putts.
Radial Cusp Face Technology (RCFT)
The putter’s face pattern is optimized to contact the ball with minimal friction through Radial Cusp Face Technology (RCFT). Through precise CNC milling of the face, individual intersectional nexuses are created with a near point-like structure. Because of the cusps’ radial profile, the force of the ball that impacts the face evenly distributes into the putter body while not “sticking” to the ball through traditional V or straight grooves.